
Thermaltake CL-O024-GROSGM-A TG-50 High-Performance CPU/GPU Thermal Compound
Diamond-powder thermal conductivity at 8.0 W/m·K, a stencil for consistent coverage, and a full cleaning kit make the TG-50 a complete installation solution, not just a paste.
*Price sourced from Amazon.com. Last updated:Jul 14, 2026.Price and availability are subject to change.
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Overview
Key Features
[High Performance] Contains diamond powder for higher heat transfer providing a thermal conductivity of 8.0 W/m-k.
[All-In-One Application Kit] Includes tools to clean, prep, and install fresh thermal compound to your hardware.
[Easy to Apply] Specially formulated to easily spread over the included honeycomb stencil for consistent compound application, providing a neat and well-covered CPU.
[Sustainability and Safety] The TG-50 is a non-electrically conductive compound eliminating risk of short circuit and offers a longer lifespan minimizing dry-out or cracking.
Specifications
Pros & Cons
👍 Pros
- 8.0 W/m·K thermal conductivity from diamond powder filler outperforms most standard silicone-based compounds in the same price category
- Non-electrically conductive formulation eliminates short-circuit risk from application overspread near motherboard components
- Included honeycomb stencil produces consistent, repeatable coverage without technique-dependent results
- All-in-one kit with cleaning tools and stencil eliminates the need to source separate application accessories
- Formulated to resist dry-out and cracking, maintaining interface integrity across thermal expansion cycles over time
👎 Cons
- 4g total weight provides a limited number of applications — larger HEDT or server IHS surfaces consume a disproportionate share of the included compound
- At 47 Pa·s viscosity, the TG-50 is thicker than low-viscosity alternatives, requiring the stencil or deliberate spreading — it will not self-level or spread under heatsink pressure alone
- 8.0 W/m·K, while above average for polymer-based compounds, falls well short of liquid metal solutions (60–80 W/m·K) for users chasing maximum thermal deltas
- Density of 2.9 g/cm³ means the 4g package contains less volume than a lower-density compound of the same weight
- No published operating temperature range specified, which matters for extreme overclocking environments where junction temps approach thermal limits